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ELIV-MarketPlace 2018 / Titelei/Inhaltsverzeichnis
ELIV-MarketPlace 2018 / Titelei/Inhaltsverzeichnis
Contents
Chapter
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Page
Titelei/Inhaltsverzeichnis
Details
1–2
HAF und VAF: Anforderungen, Realisierungen und Ausblicke
1–2
Artifical Intelligence in the Driver’s Seat / AI – enabling autonomous driving and transportation
P. de Boer
P. de Boer
Details
3–4
AF und VAF: Realisierungen und Ausblicke
3–4
Artificial Intelligence: Today´s and tomorrow´s opportunities, how do we adjust to it?
C. Mitrohin
C. Mitrohin
Details
5–46
Prozess, Validierung, Absicherung, Verfügbarkeiten
5–46
5–16
Database of relevant scenarios as a tool for safety assurance of automated driving
A. Zlocki, L. Eckstein
A. Zlocki, L. Eckstein
5–16
Details
17–28
Training and Validation of Neural Networks in Virtual Environments
D. Dörr, P. Ukas
D. Dörr, P. Ukas
17–28
Details
29–46
Validation of Machine Learning Algorithms through Visualization Methods
O. Gallitz, M. Botsch, O. De Candido, W. Utschick
O. Gallitz, M. Botsch, O. De Candido, W. Utschick
29–46
Details
47–66
Agile Development (Realisierung im Detail)
47–66
47–58
Agiles Automotive E/E-Systems Engineering
P. Obergfell, M. Traub, F. Oszwald, E. Sax
P. Obergfell, M. Traub, F. Oszwald, E. Sax
47–58
Details
59–66
Platform development within an agile automotive project
M. Fischer
M. Fischer
59–66
Details
67–96
HW / SW-Plattformen und Architekturen
67–96
67–82
AUTOSAR Adaptive Platform for Safe, Secure and Intelligent Vehicles
T. Scharnhorst
T. Scharnhorst
67–82
Details
83–96
Scalable and flexible software-platform for high-performance ECUs
M. Schleicher
M. Schleicher
83–96
Details
97–106
Security, Cybersicherheit, Privacy
97–106
Privacy by Design in Cars – Myth or Reality?
F. Stahl
F. Stahl
Details
107–136
Blockchain im Automobil – Prinzipien und erste Anwendungen
107–136
107–126
Blockchain 101 and Lessons Learned
M. Gardeya
M. Gardeya
107–126
Details
127–136
In Ketten – Warum die Blockchain in der Automotive-Branche einiges in Bewegung versetzen wird
T. Kästner
T. Kästner
127–136
Details
137–148
Software und Sensorik
137–148
137–144
Car architecture and automated driving – integration of 5G technology
T. Zipper
T. Zipper
137–144
Details
145–148
Extending the sensor range and the Environment Model by usage of HD maps
N. Beringer
N. Beringer
145–148
Details
149–150
Komponenten Antrieb
149–150
Transfermolded, leadframe based power modules
J. Homoth
J. Homoth
Details
151–174
Bordnetz und Komponenten
151–174
151–162
Simulation based powernet analysis regarding efficiency and reliability – truck battery analysis as an example
F. Heidinger, L. Fan, M. Beckmann, O. Koller, R. Löschel, T. Hildebrandt, M. Pfafferodt, J. Albers, T. Werle, I. Koch, A. Ostertag, B. Bertsche
F. Heidinger, L. Fan, M. Beckmann, O. Koller, R. Löschel, T. Hildebrandt, M. Pfafferodt, J. Albers, T. Werle, I. Koch, A. Ostertag, B. Bertsche
151–162
Details
163–172
Electrical heaters for hybrid-and battery electrical vehicles
C. Lausser
C. Lausser
163–172
Details
173–174
Solid State Solutions for HV traction batteries
B. Stiller, S. Kampl
B. Stiller, S. Kampl
173–174
Details
175–182
48V-Systeme
175–182
Premium 48-Volt-System – Integration of the 12V and 48V powernet
M. Weber
M. Weber
Details
183–198
Halbleitertechnologien
183–198
183–190
Power Converter with High Power Density – Through Usage of GaN Semiconductors
C. Buhlheller
C. Buhlheller
183–190
Details
191–198
Assembly technologies of power modules – challenges and solutions
T. Grashoff
T. Grashoff
191–198
Details
199–232
E in Nutzfahrzeugen
199–232
199–222
Automatisierung und E/E-Architekturen
199–222
199–208
Map as a Sensor for Autonomous Driving
D. Rabel
D. Rabel
199–208
Details
209–222
Journey to a scalable & fail-operational E/E-architecture for Highly Automated Commercial Vehicles
A. Lapp, C. Bohne, O. Koller, T. Thiel, C. Boesig, R. Oberfell, W. Appel
A. Lapp, C. Bohne, O. Koller, T. Thiel, C. Boesig, R. Oberfell, W. Appel
209–222
Details
223–232
E/E-Architekturen
223–232
Revelations of a Hacker – Winning the cyber-automotive arms race
A. Shalev, I. Raz, M. Lance
A. Shalev, I. Raz, M. Lance
Details
233–300
E in Mobilen Arbeitsmaschinen
233–300
233–248
Autonomes Arbeiten
233–248
233–240
NIR based Quality Monitoring in Ag Production Processes
G. Kormann, P. Schade
G. Kormann, P. Schade
233–240
Details
241–248
Automatic process control as an essential basis for autonomous harvesters
M. Nalbach, H. Vöcking, D. Irmer
M. Nalbach, H. Vöcking, D. Irmer
241–248
Details
249–264
Methoden – Agile Entwicklung und Tools
249–264
249–256
Agile principles implementation in practice! – Looking back @ 5 years of experience in a full scale agile setup for Powertrain Embedded SW development at Volvo group
M. Rault
M. Rault
249–256
Details
257–264
Using scode for complexity reduction of multi-state controls in a hydrostatic driveSoftware
M. Schleyer
M. Schleyer
257–264
Details
265–288
Digitalisierung – Kommunikation und Security
265–288
265–274
Automotive Cybersecurity and the Impact on Vehicle Diagnostics
G. Fahböck
G. Fahböck
265–274
Details
275–276
Landwirtschaft – ein reichhaltiges Ökosystem in Datenwirtschaft
C. Gossard
C. Gossard
275–276
Details
277–288
Development process of a display and operating concept for a forklift truck
A. Howey
A. Howey
277–288
Details
289–300
Elektrische Antriebe und Sensoren für autonomes Arbeiten
289–300
Electrical Drives in mobile machines – Current trends & drivers, resulting requirements and considerations on their implementation
M. Paal, K. Graner
M. Paal, K. Graner
Details
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ELIV-MarketPlace 2018
Titelei/Inhaltsverzeichnis
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VDI Wissensforum GmbH (Ed.)
DOI
doi.org/10.51202/9783181023389-I
ISBN print: 978-3-18-092338-3
ISBN online: 978-3-18-102338-9
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